eclipse/wakaama
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license: BSD-3-Clause
Language: C .
Eclipse Wakaama is a C implementation of the Open Mobile Alliance's LightWeight M2M protocol (LWM2M).
最后发布版本: snapshots/2023-03-31 ( 2023-03-31 23:19:17)
Wakaama
Wakaama (formerly liblwm2m) is an implementation of the Open Mobile Alliance's LightWeight M2M protocol (LWM2M).
Developers mailing list: https://dev.eclipse.org/mailman/listinfo/wakaama-dev
Security warning
The only official release of Wakaama, version 1.0, is affected by various security issues (CVE-2019-9004, CVE-2021-41040).
Please use the most recent commit in the master branch. Release 1.0 is not supported anymore.
License
This work is dual-licensed under the Eclipse Public License v2.0 and Eclipse Distribution License v1.0.
SPDX-License-Identifier: EPL-2.0 OR BSD-3-Clause
Badges
Source Layout
-+- core (the LWM2M engine)
|
+- coap (CoAP stack adaptation)
| |
| +- er-coap-13 (Modified Erbium's CoAP engine from
| https://web.archive.org/web/20180316172739/http://people.inf.ethz.ch/mkovatsc/erbium.php)
|
+- data (data formats serialization/deserialization)
|
+- tests (test cases)
| |
| +- integration (pytest based integration tests implementing the OMA-ETS-LightweightM2M-V1_1-20190912-D specification
| https://www.openmobilealliance.org/release/LightweightM2M/ETS/OMA-ETS-LightweightM2M-V1_1-20190912-D.pdf)
+- examples
|
+- bootstrap_server (a command-line LWM2M bootstrap server)
|
+- client (a command-line LWM2M client with several test objects)
|
+- lightclient (a very simple command-line LWM2M client with several test objects)
|
+- server (a command-line LWM2M server)
|
+- shared (utility functions for connection handling and command-
line interface)
Checking out the code
Using Wakaama as library
git clone https://github.com/eclipse/wakaama.git
Working on Wakaama
When working on Wakaama itself, or intending to run the example client application, submodules must be checked out:
git clone --recurse-submodules https://github.com/eclipse/wakaama.git
Compiling
Wakaama is not a library but files to be built with an application. Wakaama uses CMake >= 3.13. Look at examples/server/CMakeLists.txt for an example of how to include it. Several preprocessor definitions are supported:
- Endianness: Exactly one has to be defined.
- LWM2M_BIG_ENDIAN if your target platform uses big-endian format.
- LWM2M_LITTLE_ENDIAN if your target platform uses little-endian format.
- Mode: One or multiple modes have to be defined.
- LWM2M_CLIENT_MODE to enable LWM2M Client interfaces.
- LWM2M_SERVER_MODE to enable LWM2M Server interfaces.
- LWM2M_BOOTSTRAP_SERVER_MODE to enable LWM2M Bootstrap Server interfaces.
- LWM2M_BOOTSTRAP to enable LWM2M Bootstrap support in a LWM2M Client.
- LWM2M_SUPPORT_TLV to enable TLV payload support (implicit except for LWM2M 1.1 clients)
- LWM2M_SUPPORT_JSON to enable JSON payload support (implicit when defining LWM2M_SERVER_MODE)
- LWM2M_SUPPORT_SENML_JSON to enable SenML JSON payload support (implicit for LWM2M 1.1 or greater when defining LWM2M_SERVER_MODE or LWM2M_BOOTSTRAP_SERVER_MODE)
- LWM2M_SUPPORT_SENML_CBOR to enable SenML CBOR payload support (implicit for LWM2M 1.1 or greater when defining LWM2M_SERVER_MODE or LWM2M_BOOTSTRAP_SERVER_MODE)
- LWM2M_OLD_CONTENT_FORMAT_SUPPORT to support the deprecated content format values for TLV and JSON.
- Version 1.1 of LWM2M is supported per default, but can be constrained to older versions:
- LWM2M_VERSION_1_0 to support only version 1.0 Please note: Clients support only the specified version, while servers are backward compatible.
- LWM2M_RAW_BLOCK1_REQUESTS For low memory client devices where it is not possible to keep a large post or put request in memory to be parsed (typically a firmware write). This option enable each unprocessed block 1 payload to be passed to the application, typically to be stored to a flash memory.
- LWM2M_COAP_DEFAULT_BLOCK_SIZE CoAP block size used by CoAP layer when performing block-wise transfers. Possible values: 16, 32, 64, 128, 256, 512 and 1024. Defaults to 1024.
Development
Dependencies and Tools
- Mandatory:
- Compiler: GCC and/or Clang
- Optional (but strongly recommended):
- Build system generator: CMake 3.13+
- Version control system: Git (and a GitHub account)
- Git commit message linter: gitlint
- Build system: ninja
- C code formatting: clang-format, version 14
- CMake list files formatting: cmake-format, version 0.6.13
- Unit testing: CUnit
On Ubuntu 20.04, used in CI, the dependencies can be installed as such:
-
apt install build-essential clang-format clang-format-14 clang-tools-14 cmake gcovr git libcunit1-dev ninja-build python3-pip
-
pip3 install -r tools/requirements-compliance.txt
For macOS the development dependencies can be installed as such:
brew install automake clang-format cmake cunit gcc gitlint make ninja
Code formatting
C
New C code must be formatted with clang-format.
The style is based on the LLVM style, but with 4 instead of 2 spaces indentation and allowing for 120 instead of 80 characters per line.
To check if your code matches the expected style, the following commands are helpful:
-
git clang-format-14 --diff
: Show what needs to be changed to match the expected code style -
git clang-format-14
: Apply all needed changes directly -
git clang-format-14 --commit master
: Fix code style for all changes since master
If existing code gets reformatted, this must be done in a separate commit. Its commit id has to be added to the file
.git-blame-ignore-revs
and committed in yet another commit.
CMake
All CMake code must be formatted with cmake-format.
To check if your code matches the expected style, the following commands are helpful:
-
tools/ci/run_ci.sh --run-cmake-format
: Test all CMake files, print offending ones -
cmake-format --in-place <unformatted-file>
: Apply all needed changes directly to
Running CI tests locally
To avoid unneeded load on the GitHub infrastructure, please consider running tools/ci/run_ci.sh --all
before pushing.
Running integration tests locally
cd wakaama
tools/ci/run_ci.sh --run-build
pytest -v tests/integration
Examples
There are some example applications provided to test the server, client and bootstrap capabilities of Wakaama. The following recipes assume you are on a unix like platform and you have cmake and make installed.
Server example
- Create a build directory and change to that.
-
cmake [wakaama directory]/examples/server
-
make
-
./lwm2mserver [Options]
The lwm2mserver listens on UDP port 5683. It features a basic command line interface. Type 'help' for a list of supported commands.
Options are:
Usage: lwm2mserver [OPTION]
Launch a LWM2M server on localhost.
Options:
-4 Use IPv4 connection. Default: IPv6 connection
-l PORT Set the local UDP port of the Server. Default: 5683
-S BYTES CoAP block size. Options: 16, 32, 64, 128, 256, 512, 1024. Default: 1024
Test client example
- Create a build directory and change to that.
-
cmake [wakaama directory]/examples/client
-
make
-
./lwm2mclient [Options]
Next to lwm2mclient a DTLS enabled variant named lwm2mclient_tinydtls gets built.
The lwm2mclient features nine LWM2M objects:
-
Security Object (id: 0)
-
Server Object (id: 1)
-
Access Control Object (id: 2) as a skeleton
-
Device Object (id: 3) containing hard-coded values from the Example LWM2M Client of Appendix E of the LWM2M Technical Specification.
-
Connectivity Monitoring Object (id: 4) as a skeleton
-
Firmware Update Object (id: 5) as a skeleton.
-
Location Object (id: 6) as a skeleton.
-
Connectivity Statistics Object (id: 7) as a skeleton.
-
Test Object (id: 31024) with the following description:
Multiple Object | ID | Instances | Mandatory | Test | 31024 | Yes | No | Resources: Supported Multiple Name | ID | Operations | Instances | Mandatory | Type | Range | test | 1 | R/W | No | Yes | Integer | 0-255 | exec | 2 | E | No | Yes | | | dec | 3 | R/W | No | Yes | Float | |
The lwm2mclient opens UDP port 56830 and tries to register to a LWM2M Server at 127.0.0.1:5683. It features a basic command line interface. Type 'help' for a list of supported commands.
Options are:
Usage: lwm2mclient [OPTION]
Launch a LWM2M client.
Options:
-n NAME Set the endpoint name of the Client. Default: testlwm2mclient
-l PORT Set the local UDP port of the Client. Default: 56830
-h HOST Set the hostname of the LWM2M Server to connect to. Default: localhost
-p PORT Set the port of the LWM2M Server to connect to. Default: 5683
-4 Use IPv4 connection. Default: IPv6 connection
-t TIME Set the lifetime of the Client. Default: 300
-b Bootstrap requested.
-c Change battery level over time.
-S BYTES CoAP block size. Options: 16, 32, 64, 128, 256, 512, 1024. Default: 1024
Additional values for the lwm2mclient_tinydtls binary:
-i Set the device management or bootstrap server PSK identity. If not set use none secure mode
-s Set the device management or bootstrap server Pre-Shared-Key. If not set use none secure mode
To launch a bootstrap session:
./lwm2mclient -b
Simpler test client example
In the any directory, run the following commands:
- Create a build directory and change to that.
-
cmake [wakaama directory]/examples/lightclient
-
make
-
./lightclient [Options]
The lightclient is much simpler that the lwm2mclient and features only four LWM2M objects:
- Security Object (id: 0)
- Server Object (id: 1)
- Device Object (id: 3) containing hard-coded values from the Example LWM2M Client of Appendix E of the LWM2M Technical Specification.
- Test Object (id: 31024) from the lwm2mclient as described above.
The lightclient does not feature any command-line interface.
Options are:
Usage: lwm2mclient [OPTION]
Launch a LWM2M client.
Options:
-n NAME Set the endpoint name of the Client. Default: testlightclient
-l PORT Set the local UDP port of the Client. Default: 56830
-4 Use IPv4 connection. Default: IPv6 connection
-S BYTES CoAP block size. Options: 16, 32, 64, 128, 256, 512, 1024. Default: 1024
Bootstrap Server example
- Create a build directory and change to that.
-
cmake [wakaama directory]/examples/bootstrap_server
-
make
-
./bootstrap_server [Options]
Refer to examples/bootstrap_server/README for more information.
最近版本更新:(数据更新于 1970-01-01 00:00:00)
2023-03-31 23:19:17 snapshots/2023-03-31
2023-03-31 23:18:38 snapshots/2022-08-03
2018-12-20 23:03:41 v1.0
主题(topics):
c, coap, device-management, eclipseiot, internet-of-things, iot, lwm2m, lwm2m-client, lwm2m-protocol, lwm2m-server
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